OBJECTIVE: The Cochlear Implant Function Index (CIFI) is created to assess adult cochlear implant (CI) auditory effectiveness in real world situations. Our objective is to evaluate the CIFI as a reliable psychometric tool to assess 1) reliance on visual assistance, 2) telephone use, 3) communication at work, 4) 'hearing' in noise, 5) in groups, and 6) in large room settings. STUDY DESIGN: Based upon Guttman scaling properties, the CIFI elicits implanted respondent's functional level with auditory independence from Level 1 (still requiring signing) to level 4 (without any help beyond CI). A blinded, retrospective questionnaire is anonymously answered by cochlear implant recipients. SETTING: CI centers of tertiary care medical centers, CI support group, and an interactive web page of a hearing and speech center in a large metropolitan region. SUBJECTS: 245 respondents from a varied adult CI population implanted for one month to 19 years prior to answering the questionnaire. INTERVENTION: An assessment tool of CI function. MAIN OUTCOME MEASURE: A coefficient of reproducibility (CR) for the Guttman scale format equal or greater than 0.90, indicating good scalability. RESULTS: CR in the CIFI was above 0.90. Effective scalability and mean scores from 2.5 to 3.5 for the six areas examined (1.00-4.00) were achieved. CONCLUSION: The psychometric properties of this user friendly survey demonstrate consistently good scalability. Based on these findings, the CIFI provides a validated tool that can be used for systematic comparisons between groups of patients or for follow-up outcomes in patients who use cochlear implants. Further study is indicated to correlate CIFI scores with sound and speech perception scores. Copyright 2009 John Wiley & Sons, Ltd.
OBJECTIVE: The Cochlear Implant Function Index (CIFI) is created to assess adult cochlear implant (CI) auditory effectiveness in real world situations. Our objective is to evaluate the CIFI as a reliable psychometric tool to assess 1) reliance on visual assistance, 2) telephone use, 3) communication at work, 4) 'hearing' in noise, 5) in groups, and 6) in large room settings. STUDY DESIGN: Based upon Guttman scaling properties, the CIFI elicits implanted respondent's functional level with auditory independence from Level 1 (still requiring signing) to level 4 (without any help beyond CI). A blinded, retrospective questionnaire is anonymously answered by cochlear implant recipients. SETTING: CI centers of tertiary care medical centers, CI support group, and an interactive web page of a hearing and speech center in a large metropolitan region. SUBJECTS: 245 respondents from a varied adult CI population implanted for one month to 19 years prior to answering the questionnaire. INTERVENTION: An assessment tool of CI function. MAIN OUTCOME MEASURE: A coefficient of reproducibility (CR) for the Guttman scale format equal or greater than 0.90, indicating good scalability. RESULTS:CR in the CIFI was above 0.90. Effective scalability and mean scores from 2.5 to 3.5 for the six areas examined (1.00-4.00) were achieved. CONCLUSION: The psychometric properties of this user friendly survey demonstrate consistently good scalability. Based on these findings, the CIFI provides a validated tool that can be used for systematic comparisons between groups of patients or for follow-up outcomes in patients who use cochlear implants. Further study is indicated to correlate CIFI scores with sound and speech perception scores. Copyright 2009 John Wiley & Sons, Ltd.
Authors: Theodore R McRackan; Craig A Velozo; Meredith A Holcomb; Elizabeth L Camposeo; Jonathan L Hatch; Ted A Meyer; Paul R Lambert; Cathy L Melvin; Judy R Dubno Journal: JAMA Otolaryngol Head Neck Surg Date: 2017-10-01 Impact factor: 6.223
Authors: Miryam Calvino; Javier Gavilán; Isabel Sánchez-Cuadrado; Rosa M Pérez-Mora; Elena Muñoz; Jesús Díez-Sebastián; Luis Lassaletta Journal: Eur Arch Otorhinolaryngol Date: 2015-10-06 Impact factor: 2.503